# JEOPARDY

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```					Factoring Factoring   It’s Hip   Are We   Mixtures
101       201        To Be     There        &
Square      Yet?    Distances

\$100       \$100       \$100       \$100     \$100
\$200       \$200       \$200       \$200     \$200
\$300       \$300       \$300       \$300     \$300
\$400       \$400       \$400       \$400     \$400
\$500       \$500       \$500       \$500     \$500
You have selected an area of the board not in play.

Factoring 101 - \$100

The GCF of

3t4   and   8t 3

Factoring 101 - \$200

Find the GCF of

12n 4   and   21n 5

Factoring 101 - \$300

Factor the
expression

24m2   +   4m3

Factoring 101 - \$400

Factor the expression

-2r4   -6

Factoring 101 - \$500

Factor the expression

3(c – 5) + 4c(c - 5)

Factoring 201 - \$100

Factor the expression

10x3       + 4x –        25x2      – 10
(Hint: Answer will be a product of 2 binomials. Try
grouping then factoring.)

Factoring 201 - \$200

Factor the trinomial:

x 2   + 6x + 5

Factoring 201 - \$300

Factor the trinomial:

x 2   - 8x + 15

Factoring 201- \$400

Factor the trinomial:

2x2   + 9x + 7

Factoring 201- \$500

Factor the trinomial:

9x 2   + 18x + 8

It's Hip To Be Square- \$100

Determine if the following is
a perfect square or
a difference of 2 squares.
If yes, then factor. If no, explain.

b2   -16
It's Hip To Be Square- \$200

Determine if the following is
a perfect square or
a difference of 2 squares.
If yes, then factor. If no, explain.

b2   + 14b + 49
It's Hip To Be Square- \$300

Determine if the following is
a perfect square or
a difference of 2 squares.
If yes, then factor. If no, explain.

4t2   - 24
It's Hip To Be Square- \$400

Determine if the following is
a perfect square or
a difference of 2 squares.
If yes, then factor. If no, explain.

9t2   - 6t + 1
It's Hip To Be Square- \$500

Determine if the following is
a perfect square or
a difference of 2 squares.
If yes, then factor. If no, explain.

9a 2   -   b4
Are We There Yet? - \$100

Determine if the following is
fully factored.
If not, then factor it.

(v 5   +   10)(v 5   – 10)
Are We There Yet? -   \$200

Determine if the following is
fully factored.
If not, then factor it.

(6x - 3)(x + 5)
Are We There Yet? -   \$300

Determine if the following is
fully factored.
If not, then factor it.

(4x + 4)(x + 1)
Are We There Yet? -   \$400

Determine if the following is
fully factored.
If not, then factor it.

100x2   – 80x + 16
Are We There Yet? - \$500

Determine if the following is
fully factored.
If not, then factor it.

8x 3   +   72x 2   + 160x
Mixtures & Distances - \$100
Two trains leave the station, going
in opposite directions. Train A is
traveling at 55 mph and Train B is
traveling at 65 mph. How long
until they are 720 miles apart?
equation(s).
Mixtures & Distances - \$200
Train A leaves Anytown, traveling
towards Beantown at 75 mph. Train B
leaves Beantown, traveling towards
Anytown at 65 mph. Anytown & Bean
town are 770 miles apart. How long
until the trains meet? Answer must include
algebraic equation(s).

Mixtures & Distances - \$300
Sam, the scientist, mixes one 20 mL
solution of 10% water with another
solution of 60% water to make a
solution that has 40% water.
How much of the 60% solution
should he mix? Answer must have
algebraic equation(s).
Mixtures & Distances - \$400
Sam, the scientist, mixes one
solution of 20% water with another
solution of 60% water to make a 40
mL solution that has 30% water.
How much of each solution should
he mix together? Answer must have
algebraic equation(s).
Mixtures & Distances - \$500
Billy walks on a trail going 3
mph. Two hours later, his
bikes, going 6 mph.
How long must his friends
travel before catching up with
Billy?
Factoring 101- \$100

t3

DONE
Factoring 101- \$200

3n4

DONE
Factoring 101- \$300

4m2(6 + m)

DONE
Factoring 101- \$400

-2(r4 + 3)

DONE
Factoring 101- \$500

(c – 5)(3 + 4c)

DONE
Factoring 201- \$100

(5x2 + 2)(2x - 5)

DONE
Factoring 201- \$200

(x + 5)(x + 1)

DONE
Factoring 201- \$300

(x - 5)(x - 3)

DONE
Factoring 201- \$400

(2x + 7)(x + 1)

DONE
Factoring 201- \$500

(3x + 2)(3x + 4)

DONE
It's Hip To Be Square- \$100

(b + 4)(b – 4)

a difference of squares
b2 is a square and 16 is a square and they
are being subtracted.

DONE
It's Hip To Be Square- \$200

(b + 7)2

a perfect square

DONE
It's Hip To Be Square- \$300

Neither.
24 is not a perfect square.

DONE
It's Hip To Be Square- \$400

(3t – 1)2

a perfect square

DONE
It's Hip To Be Square- \$500

(3a – b2)(3a + b2)

a difference of 2 squares.

DONE
Are We There Yet? - \$100

Yes, fully factored

DONE
Are We There Yet? - \$200

No
3(2x – 1)(x + 5)

DONE
Are We There Yet? - \$300

No
4(x + 1)(x + 1)

= 4(x +    1) 2
DONE
Are We There Yet? - \$400

No
4(5x – 2)2

DONE
Are We There Yet? - \$500

No
8x(x + 4)(x + 5)

DONE
Mixtures & Distances - \$100

65x + 55x = 720

6 hours

DONE
Mixtures & Distances - \$200

75x + 65x = 770

5 ½ hours

DONE
Mixtures & Distances - \$300

.1(20) + .6x = .4(x+20)

30 mL

DONE
Mixtures & Distances - \$400

.2x + .6y = .3(40)
x + y = 40

10 mL of 60%
30 mL of 20%
DONE
Mixtures & Distances - \$500
Billy’s friends must travel for
2 hours
to catch up with him.

3x = 6(x-2)
Remember, need his friends’ time not
Billy’s.

DONE
CONTINUE
CONTINUE
Directions for Changing the
Game
• To change the questions and answers, just type
over the problems…Use the “replace” feature to
change the categories easily
• The daily doubles were originally set to category
#4 for \$500 and category #2 for \$300
• To change the daily doubles you must
– 1. Change the hyperlink for the links on the main board
to go to the appropriate question, therefore bypassing
the daily double slide
– 2. Change the hyperlink on the continue button on each
daily double slide to go to the new question.

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 views: 3 posted: 11/16/2011 language: English pages: 57